|
|
Dr. Jorge Ancheyta |
Comparison of Co-current and Counter-current Hydrotreating Reactors
by Means of Mathematical Modeling and Simulation |
|
Prof. X. Bao
(DICP) |
Catalysis with carbon
nanotube: A novel chemistry of the confined
nano-systems |
|
Prof. G. Centi
(Univ. of Messina) |
Nano-reactor engineering
of catalytic surfaces |
|
Prof. R. J. Davis
(VPI) |
Selective oxidation catalyzed
by supported Au and Au-Pd nanoparticles |
|
Prof. H. Freund
(Fritz-Haber-Inst) |
TBA |
|
Prof. K. P. Jong
(Utrecht Univ.) |
Carbon nanofibers and
carbon nanotubes for catalysts and sorbents |
|
| |
| |
Prof. G. B. Marin
(Ghent Univ.) |
TBA |
|
Prof. N. Mizuno
(Univ. of Tokyo) |
Fine control of structures
and functions of polyoxometalates and
the application to selective oxidation
catalysis |
|
Prof. T. Maschmeyer
|
Hierarchically structured
composite materials for the photocatalytic
splitting of water with visible light |
|
Prof. W. F. Maier
(Univ. Saarlands) |
Discovery of new heterogeneous
catalysts of unusual selectivity by
HT -technologies |
|
Prof. Y. Okamoto
(Shimane Univ.) |
Molecular design and characterization
of hydrodesulfurization catalysts for
cleaner fuels. |
|
Prof. S. T. Oyama
(Virginia Tech) |
Nanostructure of a high-permeability,
hydrogen-selective inorganic membrane
and its use in enhancing catalytic reforming
and oxidation reactions |
|
Dr. C. Peden
(PNNL) |
The use of ultra high-field
nuclear magnetic resonance spectroscopy
to study the surface structure of poorly
crystalline -Al2O3 surfaces |
|
Prof. C. Song
(Penn. State Univ.) |
New design concepts for
sulfur-tolerant noble-metal catalysts
for ultra clean fuels |
|
Prof. M. Terano
(JAIST) |
TBA |
|
Prof. W. Ueda
(Hokkaido Univ.) |
Zeolitic crystalline Mo3VOx
oxides active for catalytic selective
oxidation |
|
Prof. B. Viswanathan
(IIT-Madras) |
TBA |
|
Dr. Y. Wang
(PNNL) |
Preparation and characterization
of nanodispersed early transition metal
oxide catalysts on mesoporous silica |
|
Prof. B. Weckhuysen
(Utrecht Univ.) |
Catalyst locomotion: Probing
catalytic solids at work with in-situ
spectroscopy and microscopy |
|
| Prof. C.-S. Wu |
Photo-selective catalytic
reduction of NO in an optical-fiber
photoreactor |
|